Articles citing this paper
Can foxes be controlled by reducing their fertility?
R. Pech, G. M. Hood, J. McIlroy and G. Saunders
9(1) pp.41 - 50
32 articles found in Crossref database.
Population growth rate and its determinants: an overview
Sibly R. M.,
Hone J.,
Clutton–Brock T. H.,
Sibly Richard M., Hone Jim
Philosophical Transactions of the Royal Society of London. Series B: Biological Sciences. 2002 357(1425). p.1153
Strength of asymmetric competition between predators in food webs ruled by fluctuating prey: the case of foxes in tundra
Henden John-André,
Ims Rolf A.,
Yoccoz Nigel G.,
Hellström Peter, Angerbjörn Anders
Oikos. 2010 119(1). p.27
Handbook of Biological Control (1999)
Immunocontraception for population control: Will resistance evolve?
Magiafoglou Andréa,
Schiffer Michele,
Hoffmann Ary A, McKechnie Stephen W
Immunology & Cell Biology. 2003 81(2). p.152
Genetic tagging reveals a significant impact of poison baiting on an invasive species
Berry Oliver,
Algar Dave,
Angus John,
Hamilton Neil,
Hilmer Steffi, Sutherland Duncan
The Journal of Wildlife Management. 2012 76(4). p.729
Reproduction in foxes: current research and future challenges
Farstad W.
Animal Reproduction Science. 1998 53(1-4). p.35
Reproductive Science and Integrated Conservation (2002)
Reproduction of the red fox Vulpes vulpes in western France: does staining improve estimation of litter size from placental scar counts?
Ruette Sandrine, Albaret Michel
European Journal of Wildlife Research. 2011 57(3). p.555
The ecological challenge of immunocontraception: editor's introduction
Barlow N.D.
Journal of Applied Ecology. 2000 37(6). p.897
Prospects for the future: is there a role for virally vectored immunocontraception in vertebrate pest management?
McLeod S. R.,
Saunders G.,
Twigg L. E.,
Arthur A. D.,
Ramsey D., Hinds L. A.
Wildlife Research. 2007 34(7). p.555
A modelling approach to vaccination and contraception programmes for rabies control in fox populations
Suppo Christelle,
Naulin Jean-Marc,
Langlais Michel, Artois Marc
Proceedings of the Royal Society of London. Series B: Biological Sciences. 2000 267(1452). p.1575
The reproductive performance of female red foxes, Vulpes vulpes, in central-western New South Wales during and after a drought
McIlroy John,
Saunders Glen, Hinds Lyn A
Canadian Journal of Zoology. 2001 79(4). p.545
Are non-sexual models appropriate for predicting the impact of virus-vectored immunocontraception?
Deredec Anne,
Berec Luděk,
Boukal David S., Courchamp Franck
Journal of Theoretical Biology. 2008 250(2). p.281
The effects of induced sterility on the territorial behaviour and survival of foxes
Saunders Glen,
McIlroy John,
Berghout Mani,
Kay Barry,
Gifford Eddie,
Perry Rob, Van De Ven Remy
Journal of Applied Ecology. 2002 39(1). p.56
Assessment of rabbit hemorrhagic disease in controlling the population of red fox: A measure to preserve endangered species in Australia
Roy Parimita, Upadhyay Ranjit Kumar
Ecological Complexity. 2016 26 p.6
Demography of a carnivore, the red fox, Vulpes vulpes: what have we learnt from 70 years of published studies?
Devenish‐Nelson Eleanor S.,
Harris Stephen,
Soulsbury Carl D.,
Richards Shane A., Stephens Philip A.
Oikos. 2013 122(5). p.705
Climate-Based Models for Pulsed Resources Improve Predictability of Consumer Population Dynamics: Outbreaks of House Mice in Forest Ecosystems
Holland E. Penelope,
James Alex,
Ruscoe Wendy A.,
Pech Roger P.,
Byrom Andrea E., Romanach Stephanie S.
PLOS ONE. 2015 10(3). p.e0119139
Effects of sterilization on territory fidelity and maintenance, pair bonds, and survival rates of free-ranging coyotes
Bromley Cassity, Gese Eric M
Canadian Journal of Zoology. 2001 79(3). p.386
Foxes, rabbits, alternative prey and rabbit calicivirus disease: consequences of a new biological control agent for an outbreaking species in Australia
Pech R. P., Hood G. M.
Journal of Applied Ecology. 1998 35(3). p.434
Virus‐vectored immunocontraception to control feral cats on islands: a mathematical model
Courchamp Franck, Cornell Stephen J.
Journal of Applied Ecology. 2000 37(6). p.903
Biological Control: Measures of Success (2000)
Stability of cabergoline in fox baits in laboratory and field conditions
McLean Stuart,
Brandon Susan, Kirkwood Roger
Wildlife Research. 2007 34(3). p.239
On rate of increase (r): patterns of variation in Australian mammals and the implications for wildlife management
Hone* Jim
Journal of Applied Ecology. 1999 36(5). p.709
Assessment of antibodies to rabbit haemorrhagic disease virus in fox serum as an indicator of infection in sympatric rabbit populations
PHILBEY AW,
KIRKLAND PD, SAUNDERS GR
Australian Veterinary Journal. 2005 83(1-2). p.97
Mammal invaders on islands: impact, control and control impact
COURCHAMP FRANCK,
CHAPUIS JEAN‐LOUIS, PASCAL MICHEL
Biological Reviews. 2003 78(3). p.347
Effects of Culling Fox Populations at the Landscape Scale: A Spatially Explicit Population Modeling Approach
RUSHTON S. P.,
SHIRLEY M. D. F.,
MACDONALD D. W., REYNOLDS J. C.
Journal of Wildlife Management. 2006 70(4). p.1102
Reproductive Science and Integrated Conservation (2002)
Double impact of sterilizing pathogens: added value of increased life expectancy on pest control effectiveness
Berec Luděk, Maxin Daniel
Journal of Mathematical Biology. 2012 64(7). p.1281
Invasive Species and Biodiversity Management (1999)
Fertility control is much less effective than lethal baiting for controlling foxes
McLeod Steven R., Saunders Glen
Ecological Modelling. 2014 273 p.1
A modeling methodology to evaluate the efficacy of predator exclosures versus predator control
Stringham O. C., Robinson O. J.
Animal Conservation. 2015 18(5). p.451
Responses of male brushtail possums to sterile females: implications for biological control
Ji Weihong,
Clout Mick N., Sarre Stephen D.
Journal of Applied Ecology. 2000 37(6). p.926
